Ackmaniac, post:10, topic:17037, full:true Wrote:Correct. But lets imagine that the motor spins at no load with 94 % duty cycle. And now we want full power and feed the motor with 95% duty cycle. So my question is at which no load can i still achieve 1440 watts when i fed the motor with 95% duty cycle.

psychotiller, post:43, topic:17037, full:true Wrote:What is the answer to the Ultimate Question of Life, The Universe, and Everything?

@psychotiller Iron-56 is considered "spontaneously" - lol - ferromagnetic, but interestingly it has also has 4 unpaired electron orbitals, and least mass per nuclear particle of all the elements, and is also produced in mind boggling quantities as the final end product of certain types of supernova explosions... :thinking:

My theory is that only in "ferromagnetic materials" Iron-56, Cobalt, Nickel and Gadolinium below 68F are the "unpaired electron orbitals" "stongly coupled" with the "spin axis of rotation" of the atomic nuclei themselves due to the Iron-56 protons, which are attracted to the orbiting electrons, having the least mass, and therefor least energy and therefor least momentum of all elements.

Inside the Iron-56 atom (found in stators & magnets):

^^ Light Blue Color = Ferromagnetic ^^

(tycho's "supernova remnant:" each pixel is much larger than the diameter of pluto's orbit around the sun (entire solar system), and material velocity = ~5000km/s)

wiki (pair instability supernova):

"In addition to the immediate energy release, a large fraction of the star's core is transformed to nickel-56, a radioactive isotope which decays with a half-life of 6.1 days into cobalt-56. Cobalt-56 has a half-life of 77 days and then further decays to the stable isotope iron-56 (see Supernova nucleosynthesis). For the hypernova SN 2006gy, studies indicate that perhaps 40 solar masses of the original star were released as Ni-56, almost the entire mass of the star's core regions.[5] Collision between the exploding star core and gas it ejected earlier, and radioactive decay, release most of the visible light."